Nanocellulose: Bioethanol and fuel cell
Bioenergy from Nano-biomass Derived Bioethanol
Versandkostenfrei!
Versandfertig in 6-10 Tagen
52,99 €
inkl. MwSt.
PAYBACK Punkte
26 °P sammeln!
Innovative study and research is a key component for the modern teaching age. With view to achieve this aim, the manuscript has been published. Nano-cellulose based biomass has been used as a sample having based on nanoparticle in producing the bioethanol and used in fuel cell to generate energy. Different fruit biomasses have been used as the sources of bioethanol by fermentation technology, acid and enzymatic hydrolysis. Different types of fruit and plant biomasses were converted to the nanoparticle size as nano-cellulose. Bioenergy like bioelectricity generation, vehicle engine power was ge...
Innovative study and research is a key component for the modern teaching age. With view to achieve this aim, the manuscript has been published. Nano-cellulose based biomass has been used as a sample having based on nanoparticle in producing the bioethanol and used in fuel cell to generate energy. Different fruit biomasses have been used as the sources of bioethanol by fermentation technology, acid and enzymatic hydrolysis. Different types of fruit and plant biomasses were converted to the nanoparticle size as nano-cellulose. Bioenergy like bioelectricity generation, vehicle engine power was generated by using biofuel and bioethanol in the fuel cell as well as was tested energy gained and successfully reduced the engine emission. In addition, reduced bioethanol was tested based on the producing of power energy in stead of ethanol used. Moreover, nano-cellulose derived from plant biomass was prepared which can be used in the biomedical, medical, bio-engineering and pharmaceutical industries to produce different degradable biomaterial based products. Finally we believe that this book will be a great data source of innovative research related to bioenergy from biomass.
Andere Kunden interessierten sich für
